#Supply Chain Security

Articles about Supply Chain Security — exploring patterns, best practices, and real-world implementations in production systems.

9 posts tagged with supply chain security. ← All posts

#A2A (14)#ADK (8)#AG-UI (6)#AI (9)#AI Agents (311)#AI Architecture (18)#AI Cost (10)#AI Cost Optimization (8)#AI Engineering (202)#AI Evaluation (8)#AI Governance (29)#AI Red Teaming (9)#AI Research (9)#AI Safety (8)#AI Security (29)#AI in Production (12)#AML (3)#API Design (10)#API Security (8)#APIs (55)#AWS (17)#Accounting (9)#Agent Skills (3)#Agentic AI (24)#Agentic Commerce (12)#Agentic RAG (8)#Agents (4)#Amazon Bedrock (8)#Analytics (3)#Architecture (37)#Audit (3)#Authentication (11)#Authorization (3)#Automation (8)#Azure (11)#Azure AI Foundry (9)#Backend Engineering (310)#Benchmarks (3)#Best Practices (3)#BigQuery (6)#Business Finance (8)#Business Strategy (55)#C (8)#CI/CD (16)#Caching (10)#Capital Markets (14)#Card Payments (12)#Cards (13)#Career (24)#Checkpointing (4)#Claude Code (8)#Cloud (5)#Cloud Architecture (3)#Cloud Native (10)#Code Review (8)#Collaboration (5)#Communication (9)#Compliance (52)#Computer Networking (9)#Computer Science (32)#Computer Vision (5)#Concurrency (39)#Consulting (3)#Containers (10)#Context Engineering (10)#Cost Optimisation (5)#Credit (14)#Credit Risk (14)#CrewAI (8)#Crypto (12)#Cryptocurrency (12)#Cryptography (8)#Custody (9)#DSPy (8)#Data (13)#Data Engineering (12)#Data Structures (9)#Databases (38)#Deployment (4)#Design Patterns (10)#DevOps (24)#DevSecOps (20)#Developer Experience (5)#Developer Tools (5)#Distributed Systems (95)#Documentation (3)#Edge AI (8)#Embeddings (15)#Emotional Intelligence (8)#Energy (8)#Engineering (11)#Engineering Culture (3)#Engineering Practices (16)#Error Handling (4)#Evaluation (54)#Event-Driven Architecture (8)#FREE-AI (8)#FX (5)#Feedback (4)#FinOps (23)#FinTech (6)#Financial AI (14)#Financial Systems (129)#Fine-Tuning (11)#Fintech (131)#Flutter (8)#Foreign Exchange (5)#Forward Deployed Engineer (8)#Forward Deployed Engineering (8)#Fraud (10)#Function Tools (5)#Functional Programming (3)#Fundraising (8)#GCP (5)#Gemma (4)#Generative AI (3)#Git (8)#Go (220)#Go-to-Market (8)#Google ADK (36)#Governance (57)#Granite (6)#GraphQL (3)#Growth (3)#Guardrails (33)#HIPAA (3)#HTTP (3)#Harness Engineering (8)#Hiring (8)#Hugging Face (8)#Human-in-the-Loop (8)#IBM watsonx (8)#Identity (11)#Integration (3)#Intellectual Property (8)#Interfaces (3)#JavaScript (8)#KYC (11)#KYC and AML (12)#Kafka (10)#Kubernetes (17)#LLM (5)#LLM Inference (8)#LLM-as-Judge (3)#LLMs (151)#LangChain (8)#LangGraph (11)#Leadership (26)#Ledger (12)#Legal (8)#Lending (14)#LlamaIndex (8)#MCP (22)#MLOps (31)#Machine Learning (40)#Marketing (16)#Markets (4)#Memory (15)#Memory Management (5)#Metrics (6)#Microservices (3)#Microsoft Agent Framework (150)#Middleware (6)#Migration (9)#Mixture of Experts (5)#Monitoring (3)#Multi-Agent (10)#Multi-Agent AI (14)#Multi-Agent Systems (73)#Multimodal (3)#Multimodal AI (8)#NIM (5)#NVIDIA (8)#OAuth (3)#OWASP (7)#Observability (45)#On-Device AI (8)#Open Source (7)#OpenTelemetry (5)#Operating Systems (8)#Operations (10)#Opinion (6)#Orchestration (10)#Organizational Design (8)#Payment Rails (16)#Payments (54)#People (8)#Performance (44)#Platform Engineering (9)#PreSales (8)#Privacy (5)#Privacy Engineering (3)#Process (4)#Product (27)#Product Management (8)#Production (8)#Programming (10)#Programming Languages (48)#Prompt Engineering (74)#Prompt Injection (14)#Protocol Buffers (3)#Protocols (9)#Providers (4)#Pydantic AI (8)#Python (142)#Quality (3)#RAG (58)#RBI (3)#REST (5)#Rails (16)#Reasoning Models (8)#Reconciliation (3)#RegTech (8)#Regulation (9)#Reliability (48)#Resilience (4)#Responsible AI (5)#Retrieval (3)#Risk (13)#Rust (32)#SLSA (3)#SRE (22)#Sales (9)#Scalability (3)#Security (89)#Security Engineering (8)#Self-Evolving Agents (16)#Sessions (3)#Settlement (9)#Soft Skills (8)#Software (3)#Software Architecture (36)#Software Delivery (9)#Software Engineering (144)#Spanner (4)#Startups (30)#Strands (8)#Streaming (28)#Structured Output (4)#Supply Chain Security (9)#Sustainability (8)#System Design (32)#Systems Programming (48)#Testing (52)#Threat Modeling (3)#Tool Use (22)#Tooling (4)#Tools (3)#Trading (8)#Treasury (6)#Type System (3)#Type Systems (11)#TypeScript (8)#Vector Databases (21)#Vector Search (11)#Venture Capital (8)#Version Control (8)#Web Development (6)#Workflows (14)#gRPC (13)#smolagents (8)
Pratik Dhanave · ·6 min read

Security in the Pipeline

The CI/CD pipeline is one of the most privileged systems in an engineering organization — it has access to source code, secrets, and the keys to production — which makes it a prime target. Worse, it can become the delivery mechanism for an attack: compromise the pipeline and you compromise everything it ships. This post is about securing the pipeline itself and building security into it, the heart of DevSecOps.

The CI/CD pipeline is one of the most privileged systems in an org — access to source, secrets, and the keys to production — which makes it a prime target and a potential delivery mechanism for an attack. This post secures the pipeline itself (least privilege, secrets, pinned deps) and builds security into it (SAST/SCA/DAST), plus supply-chain integrity: SBOM, signing, SLSA provenance.

#CI/CD#DevSecOps#Supply Chain Security#DevOps#Software Delivery
Pratik Dhanave · ·6 min read

Building a Supply Chain Security Program

Individual controls — SBOMs, signing, provenance, dependency scanning — only add up to security when they're assembled into a coherent program with priorities, ownership, and a sensible starting point. This closing post turns the pieces into a practical roadmap: what to do first, how the controls reinforce each other, and how to build supply chain security incrementally without trying to boil the ocean.

Individual controls — SBOMs, signing, provenance, scanning — only add up to security when assembled into a coherent program with priorities, ownership, and a sensible starting point. This closing post turns the pieces into a practical roadmap: what to do first (dependency hygiene and SBOMs), how the controls reinforce each other, and how to build supply chain security incrementally without boiling the ocean.

#Supply Chain Security#DevSecOps#Security Program#Governance#Security
Pratik Dhanave · ·6 min read

Securing the Build

The build system is where source becomes artifact — and where the most dangerous supply chain attacks strike, because tampering there produces a malicious release that looks completely legitimate. Securing the build means making it isolated, reproducible, and trustworthy enough that its provenance actually means something. This post covers hermetic builds, build isolation, and the practices that make "how it was built" a guarantee rather than a hope.

The build system is where source becomes artifact — and where the most dangerous supply chain attacks strike, because tampering there produces a malicious release that looks completely legitimate. Securing the build means making it isolated, reproducible, and trustworthy enough that its provenance actually means something. Hermetic builds, isolation, and platform-generated provenance.

#Supply Chain Security#Build Security#SLSA#DevSecOps#Security
Pratik Dhanave · ·5 min read

Signing and Verification

Signing is how you turn "trust me, this artifact is authentic" into "verify it yourself." A cryptographic signature binds an artifact to its producer and proves it hasn't been tampered with since. But traditional signing has a painful key-management problem, and the modern answer — keyless signing with Sigstore — is what finally made artifact signing practical enough to be routine.

Signing turns 'trust me, this artifact is authentic' into 'verify it yourself.' A signature binds an artifact to its producer and proves it wasn't tampered with. But traditional signing has a painful key-management problem, and the modern answer — keyless signing with Sigstore — is what finally made artifact signing practical enough to be routine. Plus the verification half that makes signatures mean something.

#Supply Chain Security#Signing#Sigstore#DevSecOps#Security
Pratik Dhanave · ·6 min read

Provenance and Attestation

An SBOM tells you what's in an artifact. Provenance tells you where it came from and how it was built — a tamper-evident record of the source, the builder, and the steps that produced it. It's the direct answer to the SolarWinds problem: a signed release means nothing if the build itself was compromised, so you need verifiable evidence of the build process, not just the output.

An SBOM tells you what's in an artifact; provenance tells you where it came from and how it was built — a tamper-evident record of the source, builder, and steps. It's the direct answer to the SolarWinds problem: a signed release means nothing if the build itself was compromised. This post covers provenance, attestation, in-toto, and the SLSA framework.

#Supply Chain Security#SLSA#Provenance#DevSecOps#Security
Pratik Dhanave · ·5 min read

SBOM: Knowing What's Actually in Your Software

When the next Log4Shell-scale vulnerability is announced, the first question every organization must answer is "are we affected?" — and the teams that can answer it in minutes instead of weeks are the ones with an SBOM. A Software Bill of Materials is a complete, machine-readable inventory of everything in your software. It's the foundation of supply chain response, and increasingly, a requirement.

When the next Log4Shell-scale vulnerability is announced, the first question every organization must answer is 'are we affected?' — and the teams that can answer it in minutes instead of weeks are the ones with an SBOM. A Software Bill of Materials is a complete, machine-readable inventory of everything in your software: the foundation of supply chain response, and increasingly a requirement.

#Supply Chain Security#SBOM#DevSecOps#Security
Pratik Dhanave · ·5 min read

Dependency Security

Most of your software is dependencies, so most of your risk is too. Dependency security is the practical, everyday discipline of controlling what you pull in, knowing when it's vulnerable, and updating without breaking — the highest-leverage supply chain work most teams can do. This post covers pinning, scanning, and the update discipline that keeps the dependency tree from becoming a liability.

Most of your software is dependencies, so most of your risk is too. Dependency security is the practical, everyday discipline of controlling what you pull in, knowing when it's vulnerable, and updating without breaking — the highest-leverage supply chain work most teams can do. Pinning, scanning, and the update discipline that keeps the dependency tree from becoming a liability.

#Supply Chain Security#DevSecOps#Dependencies#Security
Pratik Dhanave · ·6 min read

The Anatomy of Supply Chain Attacks

To defend the supply chain you have to know how attackers get in — and there are more doors than most teams realize. Malicious packages, hijacked dependencies, dependency confusion, compromised build systems, and poisoned maintainer accounts each exploit a different link in the chain. This post is a field guide to the attack patterns, because each one maps to a specific defense.

To defend the supply chain you have to know how attackers get in — and there are more doors than most teams realize. Malicious packages, dependency confusion, compromised build systems, and poisoned maintainer accounts each exploit a different link. This post is a field guide to the attack patterns, because each one maps to a specific defense.

#Supply Chain Security#DevSecOps#Security#Threat Modeling
Pratik Dhanave · ·5 min read

The Software Supply Chain: The New Attack Frontier

You don't just ship the code you wrote — you ship the code your dependencies wrote, and their dependencies, and the build system that assembled it all. That entire chain is your attack surface, and attackers have noticed. Software supply chain attacks target the trusted process by which software is built and delivered, and they've become one of the most damaging classes of breach precisely because they weaponize trust. This series is about defending that chain.

You don't just ship the code you wrote — you ship your dependencies' code, and the build system that assembled it all. That entire chain is your attack surface, and attackers have noticed. This opening post explains why supply chain attacks (SolarWinds, Log4Shell, registry attacks) became so damaging, and frames the defense: shift from implicit trust to explicit verification.

#Supply Chain Security#DevSecOps#Security#Software Delivery

All posts on this site are written by Pratik Dhanave, an Agentic AI Architect with 7+ years building production distributed systems, multi-agent AI platforms, and cloud-native infrastructure. About the author → Each article includes working code, architecture diagrams, and references to the specific frameworks and standards discussed. Browse all posts or explore related topics using the tag cloud above.